Florida State University

What you'll study

The programme combines a broad core in physics and mathematics with specialised courses in nuclear and particle physics. Early years emphasise foundational subjects such as classical mechanics, electromagnetism, calculus-based introductory physics, and linear algebra. Core intermediate modules include quantum mechanics, statistical and thermal physics, and electrodynamics, supported by a progressive laboratory sequence that develops experimental technique and data analysis skills.

Specialist and advanced modules typically cover topics such as nuclear physics, nuclear and particle instrumentation, particle physics and field theory, accelerator physics, and radiation physics. Students also take computational physics and numerical methods, advanced laboratory or capstone research projects, and mathematics electives such as differential equations and complex variables to support theoretical work.

Undergraduate research is strongly encouraged; students can join faculty research groups in experimental nuclear physics, high-energy/particle physics and associated instrumentation. Options for a senior thesis or an honours-style project give hands-on experience with detectors, data acquisition systems, simulation tools (e.g. Monte Carlo methods), and statistical analysis.

Entry requirements

Applicants should hold a secondary-school completion or equivalent with solid preparation in mathematics (including calculus) and physics. Admissions typically favour applicants with strong academic records in STEM subjects and demonstrated quantitative ability. For international students, proof of English proficiency is required if the applicant's prior education was not in English.

Because this is a quantitative degree, applicants are advised to have completed courses in calculus and laboratory sciences where available. Successful candidates often have extracurricular experience that demonstrates research interest or technical aptitude, such as science fairs, internships, or independent projects. Transfer students will need to meet departmental prerequisites and have completed introductory calculus-based physics and calculus sequences.

Career prospects

Graduates with a physics degree focused on nuclear and particle physics enter a wide range of careers. Common paths include:

• Research and academia: continued study at graduate level in nuclear physics, particle/high-energy physics, astrophysics or related theoretical and experimental fields.
• National laboratories and large facilities: roles in experimental design, detector development, radiation detection and instrumentation, or data analysis at government and national research centres.
• Industry and engineering: positions in electronics, instrumentation, aerospace, energy (including nuclear industry), and companies requiring strong modelling and problem-solving skills.
• Data science and computing: careers that leverage computational physics, statistical analysis and programming, including finance, analytics, and software development.
• Medical physics and healthcare technology: with additional professional training, roles in medical imaging, radiation therapy and radiological science.
• Education and policy: secondary and tertiary teaching, science communication, and technical advisory roles in government or non-profit organisations.

Why study at Florida State University

Florida State University offers access to strong experimental and theoretical groups in nuclear and particle physics and benefits from campus-scale facilities and collaborations. The department supports undergraduate involvement in active research groups and often facilitates projects that connect students with faculty-led experiments and national collaborations.

FSU's proximity to major research infrastructure — and its collaborative relationships with national laboratories and consortia — provides opportunities for internships and summer research placements. The department emphasises small-group instruction in upper-division courses and hands-on laboratory experience, while students can complement their degree with computing, engineering or applied coursework to broaden career options.

Overall, FSU's physics programme is suited to students seeking a rigorous physics education with direct pathways into experimental nuclear and particle physics research, applied technical careers, or graduate study.